R(s) + H₁ G₁ + 四四 G2 G3 + C(s)
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C(s)/R(s) of the block diagram after reduction
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- Band 1 GR R y BU G GR BN G Band 2 R W V V GR BU R GR W BU Band 3 BN R BL S R R BL GO BL R Table 1 Resistor Color Codes and Measurements Band 4 GO 60 GO GO GO GO GO GO GO GO Band 5 Theoretical value R Plus Tolerance 8205% 8612 3 900±5% 40952 3705 27 2±5% 28-35 25-65 0.47±5% 0-493552 0.44651 71402 6800 ± 5% 5600 55880 82nt 5% 1-82±5% 86-1-22 1.892 R Minus Tolerance 39 150 40.952 56001 ± 540 5880 Measured Value 7792 8012 38542 26 0.45 6460 6630 53201 5570 77-92 80.5 #1.712 37.05~ 5320 2 1.82 39.25 5520 MAKE A CONCLUSION FOR THIS (8 SENTENCES ONLY) The content must be the connection of resistor color codes to tolerances and the relationship of the measured value to the theoretrical valueRefer to Figure Determine C_t. Write the answer in µF 30 µF 60 µF 20 µF ▬▬▬▬ C2 C 3 C₁Take R1= 2ohms
- Oscilloscope-XSC1 MAAA Channel B 643.751 mV 643.751 mV 0.000 V T1 T2 T2-T1 Time 379.198 ms 379.198 ms 0.000 s Timebase Scale: 500 us/Div X pos.(Div): 0 Y/T Add B/A A/B Discussion Channel A 1.086 V 1.086 V 0.000 V Channel A Scale: 1 V/Div Y pos.(Div): 0 AC 0 DC ● Channel B Scale: 1 V/Div Y pos.(Div): 0 AC 0 DC Reverse Save Trigger Ext. trigger Edge: fz B Ext Level: 0 V Single Normal Auto None ZA X Fig(6): The input and output waveforms for differentiator Operational Amplifier 1- If Op Amp is operating at 1000 Hz as input wave, what is the frequency of the output signal? 2- Why do we use Spike function? List the possible application of spike waveform.x(t) Figure Q1(a) w(t) -1 o' Figure Q1(b)A1 M1 I 1/5 Тороо» Arduino UNO_RT DZ B30 -1000P 1 DO RX RESET 立 D1 TN R6 D2 18 ICREF2 D3 19 20 21 22 AREF AU B3U-1000 RV S 10 R8 10 07 De 4.7k R4 >4,7K A1 11 12 220 R5 D9 4,7k R3 RV2 D10 10K 220 SCLAS D1 A SEH206K Q1 S R7 283 S DAA 31 1k V Da t D3 In the circuit shown above, what is the function of component D2? O Kickback prevention diode O Indicator LED O Voltage Multiplier O Photodiode